ABOUT THE SPEAKER
David Merrill - MIT grad student
David Merrill works on Siftables, tiny computer blocks that interact with each other to make networks (and music).

Why you should listen

David Merrill is currently the VP of Product at 3D Robotics, where he builds new, easy-to-use flying robots. He was formerly president and co-founder of Sifteo, a San Francisco startup spun out of his research at the MIT Media Lab. This research helped build an award-winning physical+digital play system and catalog of unique games. He also directed HW and SW on Sifteo products.

David constantly tinkers with next-generation technologies to make physical+digital tools that give people new powers (for good).

He is a human-computer interaction expert, frequent public speaker and aerial photography enthusiast. David's work has been featured by MoMA, the Disocvery Channel, Popular Science and Wired.

His main interest now is the Siftables project, the subject of his TEDTalk, on which he works with Jeevan Kalanithi. In another field of inquiry, Merrill is looking at ways to access digital information in the wider world, when we are away from a traditional computer.

A musician himself, Merril also has a deep interest in new musical interfaces. His Adaptive Music Controller is an instrument that learns its player (rather than the player learning the instrument). And working musicians should check out his AudioPint, a portable case that consolidates instruments, effects and audio processors into a gig-safe rugged housing.

More profile about the speaker
David Merrill | Speaker | TED.com
TED2009

David Merrill: Toy tiles that talk to each other

David Merrill 展示 Siftables,能思考的玩具樍木

Filmed:
1,947,080 views

麻省理工學院研究生 David Merrill 為大家展示 Siftables — 一個像餅乾大小,能讓你自由堆疊和把玩的電腦化積木。這個未來的玩具能作算術,播放音樂,及互相溝通。它能否成為將來的實作學習工具?
- MIT grad student
David Merrill works on Siftables, tiny computer blocks that interact with each other to make networks (and music). Full bio

Double-click the English transcript below to play the video.

00:12
I want to start開始 out by asking you to think back to when you were a kid孩子,
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我想這樣開始演說,首先請你回想起童年時,
00:14
playing播放 with blocks.
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玩樍木的情境。
00:16
As you figured想通 out how to reach達到 out and grasp把握,
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當你學會伸手、抓握、
00:18
pick them up and move移動 them around,
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拿起和移動樍木,
00:20
you were actually其實 learning學習 how to think and solve解決 problems問題
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事實上,你正在透過了解及操縱物品間的空間關係,
00:22
by understanding理解 and manipulating操縱 spatial空間的 relationships關係.
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來學習如何思考和解決問題。
00:25
Spatial空間的 reasoning推理 is deeply connected連接的
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空間推理和我們如何理解身邊事物
00:28
to how we understand理解 a lot of the world世界 around us.
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有着極大關連。
00:30
So, as a computer電腦 scientist科學家
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因此,身為電腦科學家,
00:32
inspired啟發 by this utility效用 of our interactions互動 with physical物理 objects對象 --
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從這種與實物互動的應用當中得到啟發 —
00:35
along沿 with my adviser顧問 Pattie帕蒂, and my collaborator合作者 Jeevan傑文 KalanithiKalanithi --
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連同我的顧問 Pattie,跟事業夥伴 Jeevan Kalanithi —
00:39
I started開始 to wonder奇蹟 -- what if when we used a computer電腦,
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我開始想知道 — 假如我們使用電腦時,
00:42
instead代替 of having this one mouse老鼠 cursor光標 that was a like a digital數字 fingertip指尖
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所使用的不是那像數位指頭般的滑鼠指標,
00:45
moving移動 around a flat平面 desktop桌面,
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在平面的電腦桌面上移動,
00:47
what if we could reach達到 in with both hands and grasp把握 information信息 physically物理,
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假如我們能以自己雙手,像掌握實物般掌控資訊,
00:51
arranging整理 it the way we wanted?
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以我們喜歡的方式操控它?
00:53
This question was so compelling引人注目 that we decided決定 to explore探索 the answer回答,
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這問題引發起我們的興趣,所以我們決定
00:56
by building建造 SiftablesSiftables.
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通過研發 Siftables 去探求答案。
00:58
In a nutshell簡而言之, a SiftableSiftable is an interactive互動 computer電腦
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簡單而言,Siftable 就像個
01:01
the size尺寸 of a cookie曲奇餅.
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餅乾般大小的互動電腦。
01:03
They're able能夠 to be moved移動 around by hand,
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你可隨意用手移動它們,
01:05
they can sense each other, they can sense their motion運動,
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它們會自動感應到其他單元,它們能感測到動作,
01:07
and they have a screen屏幕 and a wireless無線 radio無線電.
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且每個單元都有螢幕及無線電收發器。
01:10
Most importantly重要的, they're physical物理,
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最重要的是,它們是實物,
01:12
so like the blocks, you can move移動 them just by reaching到達 out and grasping.
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所以能像積木般,透過伸手抓握,即可拿起和移動它們。
01:15
And SiftablesSiftables are an example of a new ecosystem生態系統
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Siftables 是一系列嶄新的
01:18
of tools工具 for manipulating操縱 digital數字 information信息.
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數位資訊操控工具的其中一個例子。
01:20
And as these tools工具 become成為 more physical物理,
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當這些工具變得更實物化,
01:23
more aware知道的 of their motion運動, aware知道的 of each other,
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更能感應到動作,感應彼此的存在,
01:25
and aware知道的 of the nuance細微差別 of how we move移動 them,
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感應到我們如何移動它們,
01:27
we can start開始 to explore探索 some new and fun開玩笑 interaction相互作用 styles款式.
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我們就能夠開始探索一些新奇有趣的互動方式。
01:30
So, I'm going to start開始 with some simple簡單 examples例子.
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那麼,我將會展示一些簡單的例子。
01:32
This SiftableSiftable is configured配置 to show顯示 video視頻,
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這些 Siftable 被設定為視訊放映模式,
01:35
and if I tilt傾斜 it in one direction方向, it'll它會 roll the video視頻 this way;
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如果將它往一邊傾斜,視訊會這樣播放、
01:37
if I tilt傾斜 it the other way it rolls勞斯萊斯 it backwards向後.
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將它傾斜到另一邊,則會倒帶。
01:40
And these interactive互動 portraits畫像 are aware知道的 of each other.
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這些互動肖像能感知彼此的存在。
01:43
So if I put them next下一個 to each other, they get interested有興趣.
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如我將它們放在一起,它們會對彼此產生興趣。
01:46
If they get surrounded包圍, they notice注意 that too,
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如果被包圍的話,它們一樣會察覺得到,
01:50
they might威力 get a little flustered.
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然後會顯得有點慌張。
01:52
And they can also sense their motion運動 and tilt傾斜.
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它們也以可感應到動作和傾斜度。
01:56
One of the interesting有趣 implications啟示 on interaction相互作用, we started開始 to realize實現,
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我們漸漸發現,在互動之中有一個有趣的蘊含,
02:01
was that we could use everyday每天 gestures手勢 on data數據,
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就是我們可以將日常用的手勢應用在資訊操控上,
02:03
like pouring澆注 a color顏色 the way we might威力 pour a liquid液體.
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比如像灌注液體般灌注顏色,
02:06
So in this case案件, we've我們已經 got three SiftablesSiftables configured配置 to be paint塗料 buckets水桶
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在這個例子,我們有三顆 Siftables 被設定成油漆桶。
02:10
and I can use them to pour color顏色 into that central中央 one,
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而我可以用它們把顏色灌注到中間的那一顆,
02:13
where they get mixed.
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混合成新顏色。
02:15
If we overshoot超調, we can pour a little bit back.
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假如灌多了,我們可以倒一點回來。
02:19
There are also some neat整齊 possibilities可能性 for education教育,
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還有些能應用在教育上的妙用,
02:22
like language語言, math數學 and logic邏輯 games遊戲
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例如語言、數學與邏輯推理的遊戲。
02:24
where we want to give people the ability能力 to try things quickly很快,
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我們希望能給人們快速嘗試事物的能力,
02:26
and view視圖 the results結果 immediately立即.
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且能即時看到成果。
02:29
So here I'm --
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因此我就…
02:31
(Applause掌聲)
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(掌聲)
02:33
This is a Fibonacci斐波那契 sequence序列 that I'm making製造 with a simple簡單 equation方程 program程序.
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這是我用簡單的數學程式作的斐波納契數列。
02:37
Here we have a word game遊戲 that's kind of like a mash-up混搭 between之間 Scrabble亂塗 and Boggle驚奇.
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這是個有點像混合了拼字與 Boggle 的文字遊戲。
02:41
Basically基本上, in every一切 round回合
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基本上,每個回合
02:43
you get a randomly隨機 assigned分配 letter on each SiftableSiftable,
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每塊 Siftable 會被隨機分配到一個字母。
02:45
and as you try to make words it checks檢查 against反對 a dictionary字典.
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當你嘗試以這些字母拼字時,它會自動檢查字典。
02:48
Then, after about 30 seconds, it reshuffles改組,
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然後,30 秒後它會重新洗牌,
02:51
and you have a new set of letters and new possibilities可能性 to try.
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你會得到新的字母,以嘗試新的可能性。
02:54
(Applause掌聲)
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(掌聲)
02:55
Thank you.
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謝謝
02:56
(Applause掌聲)
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(掌聲)
02:58
So these are some kids孩子 that came來了 on a field領域 trip to the Media媒體 Lab實驗室,
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這裡有些來參觀媒體實驗室的小朋友,
03:00
and I managed管理 to get them to try it out, and shoot射擊 a video視頻.
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我讓他們嘗試這玩意,並拍了短片。
03:10
They really loved喜愛 it.
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他們非常喜歡。
03:12
And, one of the interesting有趣 things about this kind of application應用
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而關於這種應用的一件有趣的事是,
03:15
is that you don't have to give people many許多 instructions說明.
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你不必給人們太多提示。
03:18
All you have to say is, "Make words,"
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你只需要講一句「去拼字吧!」
03:20
and they know exactly究竟 what to do.
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他們就知道該怎麼做。
03:22
So here's這裡的 another另一個 few少數 people trying it out.
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這裡有另一群人正在試玩。
03:31
That's our youngest最年輕的 beta公測 tester測試儀, down there on the right.
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這是當中年紀最小的測試員,他在畫面右方。
03:36
Turns out, all he wanted to do was to stack the SiftablesSiftables up.
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結果是,他只想將 Siftables 疊起來。
03:42
So to him, they were just blocks.
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對他來說,它們只是玩具樍木而已。
03:46
Now, this is an interactive互動 cartoon動畫片 application應用.
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現在,這是個互動式卡通的應用。
03:49
And we wanted to build建立 a learning學習 tool工具 for language語言 learners學習者.
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我們還想為學語言的人建立學習的工具。
03:54
And this is Felix費利克斯, actually其實.
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事實上,這位是 Felix。
03:57
And he can bring帶來 new characters人物 into the scene現場,
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他能將新的角色置於場景中,
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just by lifting吊裝 the SiftablesSiftables off the table that have that character字符 shown顯示 on them.
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只需把印有不同角色的 Siftables 從桌面上拿起來。
04:03
Here, he's bringing使 the sun太陽 out.
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這樣,他讓太陽出來。
04:07
Video視頻: The sun太陽 is rising升起.
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影片:太陽正在升起。
04:09
David大衛 Merrill美林: Now he's brought a tractor拖拉機 into the scene現場.
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David Merrill:現在他將拖拉機加入場景中。
04:13
Video視頻: The orange橙子 tractor拖拉機.
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影片:橙色的拖拉機。
04:15
Good job工作! Yeah!
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做得好!很好!
04:18
DMDM: So by shaking發抖 the SiftablesSiftables and putting them next下一個 to each other
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搖動 Siftables 並將它們排在一起
04:21
he can make the characters人物 interact相互作用 --
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他可以讓裡面的人物互動…
04:23
Video視頻: Woof!
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影片:汪!汪!
04:24
DMDM: inventing發明了 his own擁有 narrative敘述.
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DM:創作屬於自己的故事。
04:26
Video視頻: Hello你好!
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影片:哈嘍!
04:27
DMDM: It's an open-ended打開端 story故事,
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DM:這是個自由發揮的故事,
04:29
and he gets得到 to decide決定 how it unfolds展開.
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他可以自己決定故事的發展。
04:34
Video視頻: Fly away, cat.
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影片:飛走的小猫
04:42
DMDM: So, the last example I have time to show顯示 you today今天
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DM:今天最後展示的例子
04:45
is a music音樂 sequencing測序 and live生活 performance性能 tool工具
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是個編曲和現場即時表演的工具
04:47
that we've我們已經 built內置 recently最近,
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這是我們最近才完成的,
04:49
in which哪一個 SiftablesSiftables act法案 as sounds聲音
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Siftables 能用來當作樂器
04:52
like lead, bass低音 and drums.
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像主音,低音和鼓聲。
04:54
Each of these has four different不同 variations變化,
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每一個都有四種不同的變化,
04:56
you get to choose選擇 which哪一個 one you want to use.
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你可以選喜愛的來使用。
04:58
And you can inject注入 these sounds聲音 into a sequence序列
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而你能把這些聲音加入編曲中
05:01
that you can assemble集合 into the pattern模式 that you want.
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自由組合想要的形式。
05:04
And you inject注入 it by just bumping碰撞 up the sound聲音 SiftableSiftable against反對 a sequence序列 SiftableSiftable.
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你還可以將聲音 Siftable 輕輕碰上編曲 Siftable 來加入樂聲。
05:08
There are effects效果 that you can control控制 live生活, like reverb混響 and filter過濾.
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這裡有些效果你能即時控制的,像混響和過濾器。
05:12
You attach連接 it to a particular特定 sound聲音 and then tilt傾斜 to adjust調整 it.
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你可以將效果指定到特定的聲音,然後以傾斜來調整它。
05:15
And then, overall總體 effects效果 like tempo速度 and volume
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然後,像拍子和音量等整體效果
05:18
that apply應用 to the entire整個 sequence序列.
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能應用到整個編曲上。
05:20
So let's have a look.
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讓我們一起來看。
05:22
Video視頻: (Music音樂)
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影片:(音樂)
05:24
DMDM: We'll start開始 by putting a lead
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DM:我們首先加進主音
05:26
into two sequence序列 SiftablesSiftables, arrange安排 them into a series系列,
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到兩個編曲 Siftables,排列成一個序列,
05:31
extend延伸 it, add a little more lead.
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延長它,再多加一點主音。
05:34
Now I put a bass低音 line in.
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現在加上低音。
05:36
Video視頻: (Music音樂)
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影片:(音樂)
05:41
DMDM: Now I'll put some percussion打擊樂器 in.
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DM:現在我會加入打擊樂器。
05:43
Video視頻: (Music音樂)
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影片:(音樂)
05:48
DMDM: And now I'll attach連接 the filter過濾 to the drums, so I can control控制 the effect影響 live生活.
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DM:現在我將過濾器用在鼓聲上,然後即時控制效果。
05:51
Video視頻: (Music音樂)
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影片:(音樂)
05:53
DMDM: I can speed速度 up the whole整個 sequence序列
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DM:我可以加快整個編曲
05:55
by tilting傾斜 the tempo速度 one way or the other.
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只要任意傾斜拍子單元的一邊。
05:58
Video視頻: (Music音樂)
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影片:(音樂)
06:00
DMDM: And now I'll attach連接 the filter過濾 to the bass低音 for some more expression表達.
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DM:現在我在低音樂器部份加上過濾器以強化聲調。
06:03
Video視頻: (Music音樂)
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影片:(音樂)
06:08
DMDM: I can rearrange改編 the sequence序列 while it plays播放.
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DM:我可以在播放途中重新排列編曲。
06:11
So I don't have to plan計劃 it out in advance提前, but I can improvise湊合,
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我不用預先設計好,而能夠即興創作,
06:13
making製造 it longer or shorter as I go.
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即時把它加長或減短。
06:16
And now, finally最後, I can fade褪色 the whole整個 sequence序列 out
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最後,我能將整個編曲淡出
06:19
using運用 the volume SiftableSiftable, tilted to the left.
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利用音量 Siftable,把它傾斜到左邊。
06:22
(Applause掌聲)
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(掌聲)
06:27
Thank you.
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謝謝。
06:29
So, as you can see,
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如你所見,
06:32
my passion is for making製造 new human-computer人機 interfaces接口
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我熱衷於研制全新的人機界面,
06:35
that are a better match比賽 to the ways方法 our brains大腦 and bodies身體 work.
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更有效地配合我們的大腦跟身體的運作。
06:38
And today今天, I had time to show顯示 you one point in this new design設計 space空間,
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而今天,我為大家展示了,這全新設計領域的冰山一角,
06:42
and a few少數 of the possibilities可能性 that we're working加工 to bring帶來 out of the laboratory實驗室.
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一些我們正努力帶離實驗室,並加以推廣應用的可能。
06:45
So the thought I want to leave離開 you with
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而我希望能給大家一個想法,
06:47
is that we're on the cusp風口浪尖 of this new generation of tools工具
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就是我們正處於新一代
06:50
for interacting互動 with digital數字 media媒體
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數位媒體互動工具的尖端,
06:53
that are going to bring帶來 information信息 into our world世界
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它們能用我們可以理解的詞彙
06:56
on our terms條款.
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將資訊帶到我們的世界。
06:58
Thank you very much.
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非常謝謝大家。
06:59
I look forward前鋒 to talking with all of you.
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希望有機會再與各位談話。
07:01
(Applause掌聲)
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(掌聲)
Translated by Calvin Chun-yu Chan
Reviewed by Bill Hsiung

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ABOUT THE SPEAKER
David Merrill - MIT grad student
David Merrill works on Siftables, tiny computer blocks that interact with each other to make networks (and music).

Why you should listen

David Merrill is currently the VP of Product at 3D Robotics, where he builds new, easy-to-use flying robots. He was formerly president and co-founder of Sifteo, a San Francisco startup spun out of his research at the MIT Media Lab. This research helped build an award-winning physical+digital play system and catalog of unique games. He also directed HW and SW on Sifteo products.

David constantly tinkers with next-generation technologies to make physical+digital tools that give people new powers (for good).

He is a human-computer interaction expert, frequent public speaker and aerial photography enthusiast. David's work has been featured by MoMA, the Disocvery Channel, Popular Science and Wired.

His main interest now is the Siftables project, the subject of his TEDTalk, on which he works with Jeevan Kalanithi. In another field of inquiry, Merrill is looking at ways to access digital information in the wider world, when we are away from a traditional computer.

A musician himself, Merril also has a deep interest in new musical interfaces. His Adaptive Music Controller is an instrument that learns its player (rather than the player learning the instrument). And working musicians should check out his AudioPint, a portable case that consolidates instruments, effects and audio processors into a gig-safe rugged housing.

More profile about the speaker
David Merrill | Speaker | TED.com